Abstract. We use Euler and Radau two-point formulas in order to generalize Cauchy means defined in [5] that are closely related to Stolarsky means. The gain of this approach is twofold. First, we are able to construct exponentially convex functions that are an essential ingredient of our new means since this fact leads to proof of monotonicity of constructed Cauchy means. Second, con-structed exponentially convex functions are added as non-trivial to sparse examples of exponentially convex functions since invention of exponential convexity back to 1929
Deciding where to \ud begin is a major step. One procedure is to lay out all necessary \ud pre...
In this article, the Schur-convexity of the extended mean values are proved. Consequently, an inequa...
In the article, we present several Hermite–Hadamard-type inequalities for the exponentially convex f...
Copyright c © 2014 J. Jakšetic ́ et al. This is an open access article distributed under the Creati...
We use Euler and Radau two-point formulas in order to generalize Cauchy means defined in [5] that ar...
There is a lot of literature available on convexity of functions. In contrast, the literature on the...
In this paper, we produce a novel framework of a subclass ofconvex functions that is exponentially c...
In this paper we apply so called exp-convex method to the converse Jensen-Steffensen inequality in o...
Abstract In this paper, we investigate n-exponential convexity and log-convexity using the positive ...
Abstract In majorization theory, the well-known majorization theorem plays a very important role. A ...
In this paper, we introduce a new class of convex function, which is called coordinated exponentiall...
A recent refinement of the classical discrete Jensen inequality is given by Horváth and Pe...
Copyright c © 2014 A. Khan et al. This is an open access article distributed under the Creative Comm...
We prove positive semidefiniteness of matrices generated by differences deduced from majorization-ty...
Abstract. Generalizations of some results given in [1] and [5] are presented and it is shown that, a...
Deciding where to \ud begin is a major step. One procedure is to lay out all necessary \ud pre...
In this article, the Schur-convexity of the extended mean values are proved. Consequently, an inequa...
In the article, we present several Hermite–Hadamard-type inequalities for the exponentially convex f...
Copyright c © 2014 J. Jakšetic ́ et al. This is an open access article distributed under the Creati...
We use Euler and Radau two-point formulas in order to generalize Cauchy means defined in [5] that ar...
There is a lot of literature available on convexity of functions. In contrast, the literature on the...
In this paper, we produce a novel framework of a subclass ofconvex functions that is exponentially c...
In this paper we apply so called exp-convex method to the converse Jensen-Steffensen inequality in o...
Abstract In this paper, we investigate n-exponential convexity and log-convexity using the positive ...
Abstract In majorization theory, the well-known majorization theorem plays a very important role. A ...
In this paper, we introduce a new class of convex function, which is called coordinated exponentiall...
A recent refinement of the classical discrete Jensen inequality is given by Horváth and Pe...
Copyright c © 2014 A. Khan et al. This is an open access article distributed under the Creative Comm...
We prove positive semidefiniteness of matrices generated by differences deduced from majorization-ty...
Abstract. Generalizations of some results given in [1] and [5] are presented and it is shown that, a...
Deciding where to \ud begin is a major step. One procedure is to lay out all necessary \ud pre...
In this article, the Schur-convexity of the extended mean values are proved. Consequently, an inequa...
In the article, we present several Hermite–Hadamard-type inequalities for the exponentially convex f...